A SOC analyst traces a packet from 10.1.5.40 to the database server at 10.9.2.15 over TCP 443 because transactions keep timing out. The output shows the packet entering on the inside interface, a successful route lookup, translation applied by the NAT rule, and a drop whose reason names the access-list phase. How should the analyst interpret this packet tracer result?

The trace shows the packet entering on the inside interface, completing a successful route lookup, and having NAT applied before the drop reason names the access-list phase. You should therefore inspect the access-control policy and matching rule, and correct it if the intended flow to the database server is meant to be permitted. A successful route lookup does not prove the selected next hop is the desired one, so validating the egress path can be useful, but a wrong next hop does not explain this explicit access-list drop. NAT being applied does not prove that the translated address or port is correct, so verify the resulting tuple when translation is in question; here, however, the trace identifies access control as the dropping stage. A database listener or TLS issue can cause timeouts after traffic reaches the service, but it does not explain this packet being denied by the access-control policy. Exam caveat: packet tracer reports the disposition of the tested packet under the configuration and parameters used; it does not establish that every packet in the session follows the same path or matches the same rule. Practical check: record the original and translated tuples, identify the matching access-list rule, and verify any policy correction with a repeat trace and controlled connection test.